mirror of
https://github.com/Sneed-Group/Poodletooth-iLand
synced 2024-12-25 04:32:33 -06:00
253 lines
9.5 KiB
Python
253 lines
9.5 KiB
Python
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from direct.directnotify.DirectNotifyGlobal import directNotify
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from direct.showbase.PythonUtil import Queue, fastRepr, invertDictLossless
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from direct.showbase.PythonUtil import itype, safeRepr
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from direct.showbase.Job import Job
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import types
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class ContainerReport(Job):
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notify = directNotify.newCategory("ContainerReport")
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# set of containers that should not be included in the report
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PrivateIds = set()
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def __init__(self, name, log=False, limit=None, threaded=False):
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Job.__init__(self, name)
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self._log = log
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self._limit = limit
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# set up our data structures
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self._visitedIds = set()
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self._id2pathStr = {}
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self._id2container = {}
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self._type2id2len = {}
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self._instanceDictIds = set()
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# for breadth-first searching
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self._queue = Queue()
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jobMgr.add(self)
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if threaded == False:
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jobMgr.finish(self)
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def destroy(self):
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del self._queue
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del self._instanceDictIds
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del self._type2id2len
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del self._id2container
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del self._id2pathStr
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del self._visitedIds
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del self._limit
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del self._log
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def finished(self):
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if self._log:
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self.destroy()
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def run(self):
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ContainerReport.PrivateIds.update(set([
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id(ContainerReport.PrivateIds),
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id(self._visitedIds),
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id(self._id2pathStr),
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id(self._id2container),
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id(self._type2id2len),
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id(self._queue),
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id(self._instanceDictIds),
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]))
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# push on a few things that we want to give priority
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# for the sake of the variable-name printouts
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try:
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base
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except:
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pass
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else:
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self._enqueueContainer( base.__dict__,
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'base')
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try:
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simbase
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except:
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pass
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else:
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self._enqueueContainer( simbase.__dict__,
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'simbase')
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self._queue.push(__builtins__)
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self._id2pathStr[id(__builtins__)] = ''
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while len(self._queue) > 0:
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# yield up here instead of at the end, since we skip back to the
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# top of the while loop from various points
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yield None
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parentObj = self._queue.pop()
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#print '%s: %s, %s' % (id(parentObj), type(parentObj), self._id2pathStr[id(parentObj)])
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isInstanceDict = False
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if id(parentObj) in self._instanceDictIds:
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isInstanceDict = True
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try:
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if parentObj.__class__.__name__ == 'method-wrapper':
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continue
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except:
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pass
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if type(parentObj) in (types.StringType, types.UnicodeType):
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continue
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if type(parentObj) in (types.ModuleType, types.InstanceType):
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child = parentObj.__dict__
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if self._examine(child):
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assert (self._queue.back() is child)
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self._instanceDictIds.add(id(child))
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self._id2pathStr[id(child)] = str(self._id2pathStr[id(parentObj)])
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continue
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if type(parentObj) is types.DictType:
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key = None
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attr = None
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keys = parentObj.keys()
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try:
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keys.sort()
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except TypeError, e:
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self.notify.warning('non-sortable dict keys: %s: %s' % (self._id2pathStr[id(parentObj)], repr(e)))
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for key in keys:
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try:
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attr = parentObj[key]
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except KeyError, e:
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self.notify.warning('could not index into %s with key %s' % (self._id2pathStr[id(parentObj)],
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key))
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if id(attr) not in self._visitedIds:
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self._visitedIds.add(id(attr))
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if self._examine(attr):
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assert (self._queue.back() is attr)
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if parentObj is __builtins__:
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self._id2pathStr[id(attr)] = key
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else:
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if isInstanceDict:
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self._id2pathStr[id(attr)] = self._id2pathStr[id(parentObj)] + '.%s' % key
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else:
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self._id2pathStr[id(attr)] = self._id2pathStr[id(parentObj)] + '[%s]' % safeRepr(key)
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del key
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del attr
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continue
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if type(parentObj) is not types.FileType:
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try:
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itr = iter(parentObj)
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except:
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pass
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else:
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try:
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index = 0
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while 1:
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try:
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attr = itr.next()
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except:
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# some custom classes don't do well when iterated
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attr = None
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break
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if id(attr) not in self._visitedIds:
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self._visitedIds.add(id(attr))
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if self._examine(attr):
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assert (self._queue.back() is attr)
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self._id2pathStr[id(attr)] = self._id2pathStr[id(parentObj)] + '[%s]' % index
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index += 1
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del attr
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except StopIteration, e:
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pass
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del itr
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continue
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try:
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childNames = dir(parentObj)
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except:
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pass
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else:
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childName = None
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child = None
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for childName in childNames:
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child = getattr(parentObj, childName)
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if id(child) not in self._visitedIds:
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self._visitedIds.add(id(child))
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if self._examine(child):
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assert (self._queue.back() is child)
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self._id2pathStr[id(child)] = self._id2pathStr[id(parentObj)] + '.%s' % childName
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del childName
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del child
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continue
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if self._log:
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self.printingBegin()
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for i in self._output(limit=self._limit):
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yield None
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self.printingEnd()
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yield Job.Done
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def _enqueueContainer(self, obj, pathStr=None):
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# call this to add a container that should be examined before any (other) direct
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# children of __builtins__
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# this is mostly to fix up the names of variables
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self._queue.push(obj)
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objId = id(obj)
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if pathStr is not None:
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self._id2pathStr[objId] = pathStr
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# if it's a container, put it in the tables
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try:
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length = len(obj)
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except:
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length = None
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if length is not None and length > 0:
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self._id2container[objId] = obj
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self._type2id2len.setdefault(type(obj), {})
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self._type2id2len[type(obj)][objId] = length
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def _examine(self, obj):
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# return False if it's an object that can't contain or lead to other objects
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if type(obj) in (types.BooleanType, types.BuiltinFunctionType,
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types.BuiltinMethodType, types.ComplexType,
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types.FloatType, types.IntType, types.LongType,
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types.NoneType, types.NotImplementedType,
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types.TypeType, types.CodeType, types.FunctionType):
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return False
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# if it's an internal object, ignore it
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if id(obj) in ContainerReport.PrivateIds:
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return False
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# this object might lead to more objects. put it on the queue
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self._enqueueContainer(obj)
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return True
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def _outputType(self, type, limit=None):
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if type not in self._type2id2len:
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return
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len2ids = invertDictLossless(self._type2id2len[type])
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lengths = len2ids.keys()
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lengths.sort()
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lengths.reverse()
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print '====='
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print '===== %s' % type
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count = 0
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stop = False
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for l in lengths:
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#len2ids[l].sort()
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pathStrList = list()
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for id in len2ids[l]:
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obj = self._id2container[id]
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#print '%s: %s' % (l, self._id2pathStr[id])
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pathStrList.append(self._id2pathStr[id])
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count += 1
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if (count & 0x7f) == 0:
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yield None
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pathStrList.sort()
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for pathstr in pathStrList:
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print '%s: %s' % (l, pathstr)
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if limit is not None and count >= limit:
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return
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def _output(self, **kArgs):
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print "===== ContainerReport: \'%s\' =====" % (self._name,)
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initialTypes = (types.DictType, types.ListType, types.TupleType)
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for type in initialTypes:
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for i in self._outputType(type, **kArgs):
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yield None
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otherTypes = list(set(self._type2id2len.keys()).difference(set(initialTypes)))
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otherTypes.sort()
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for type in otherTypes:
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for i in self._outputType(type, **kArgs):
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yield None
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def log(self, **kArgs):
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self._output(**kArgs)
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